Mobile robot suspension system

Abstract

This invention presents a comprehensive solution for enhancing the performance and adaptability of mobile robots through an innovative suspension system. Leveraging readily available industry-standard components, this system prioritizes continuous floor contact, even on uneven terrain, improving stability under varying speed and load conditions. A pivotal feature is the incorporation of the Parallel Guided Spring's Assembly, effectively addressing vibrations during robot travel. This assembly allows compression and extension movements, reducing vibration amplitudes and enhancing the linear relationship between the robot and the floor. Moreover, this system maintains essential tractional force, reducing motor torque requirements, optimizing energy efficiency, and prolonging motor life. Its modular and compact design streamlines maintenance, ensuring swift component replacements. These embodiments collectively offer a holistic solution for mobile robots, addressing functionality, user experience, and maintenance efficiency, all while utilizing readily available industry-standard components.

Dependencies are inferred from the claim text.